35 evolution "https:" "https:" "https:" "ESPCI Paris PSL" "ESPCI Paris PSL" positions at Instituto Superior Técnico in Portugal
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/dissertation management process; Work Plan Development of features for the administrative and academic applications within the IST ecosystem. Integration and development in IST’s existing information systems
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Advisor: Luís Manuel Marques da Costa e Caires (ist414516) Organic Unit: Department of Computer Science and Engineering Scholarship Theme: Administration, maintenance, and development of the DEI
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Advisor: Alexandre Paulo Lourenço Francisco (ist14152) Organic Unit: Applications and Processes Support Unit Scholarship Theme: Frontend development in Vue.Js for FeniEdu Duration: 6 months Maximum Duration
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algorithms for anomaly detection and predictive maintenance of subsea structures Duration: 6 months Maximum Duration Including Renewals: 12 months Objectives Development of AI-driven models to identify
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media management, Integration of Técnico Lisboa’s international community Work Plan Visual Communication • Development of design materials for institutional presentations and documents
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well as the purchasing process of materials and services required for the development of the project according to plan Contest Procedure Applications must be exclusively submitted on the admissions platform
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Procedure Applications must be exclusively submitted on the admissions platform of the Instituto Superior Técnico at https://fenix.tecnico.ulisboa.pt/fenixedu-admissions and requires registration and
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involved in the development of applications for graphene composites Duration: 12 months Maximum Duration Including Renewals: 12 months Objectives Within the scope of this research grant, the scholarship
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. --- Scenarios development – development of scenarios for the network analysis. --- Model development – development of a model for the implementation 5G networks in tunnels. --- Model implementation
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development – development of scenarios for the network analysis. --- Model development – development of an approach to investigate techniques to enable IoT devices with microwattlevel power consumption